Table des Matières
Publicité
Descriptions des thermocouples
Annexe C
[47] Burley, N. A. ; Cocking, J. L. ; Burns, G. W. ; Scroger, M. G. The nicrosil
versus nisil thermocouple: the influence of magnesium on the thermoelectric
stability and oxidation resistance of the alloys. Temperature: Its Measurement
and Control in Science and Industry. Vol. 5, sous la direction de Schooley, J.
F. ; New York : American Institute of Physics ; 1982. 1129-1145.
[48] Wang, T. P. ; Starr, C. D. Nicrosil-nisil thermocouples in production
ISA
furnaces in the 538°C (1000°F) to 1177°C (2150°F) range.
Transactions
18(4), 83-99 ; 1979.
[49] Wang, T. P. ; Starr, C. D. Oxidation resistance and stability of
nicrosil-nisil in air and in reducing atmospheres. Temperature: Its
Measurement and Control in Science and Industry. Vol. 5, sous la direction
de Schooley, J. F. ; New York : American Institute of Physics ; 1982.
1147-1157.
[50] Hess, T. G. Nicrosil-nisil: high-performance thermocouple alloys. ISA
Transactions 16(3), 81-84 ; 1977.
[51] Anderson, R. L. ; Lyons, J. D. ; Kollie, T. G. ; Christie, W. H. ; Eby, R.
Decalibration of sheathed thermocouples. Temperature: Its Measurement
and Control in Science and Industry. Vol. 5., sous la direction de Schooley, J.
F. ; New York : American Institute of Physics ; 1982. 977-1007.
[52] Bentley, R. E. ; Morgan, T. L. Ni-based thermocouples in the
mineral-insulated metal-sheathed format: thermoelectric instabilities to
J. Phys. E: Sci. Instrum.
1100°C.
19, 262-268 ; 1986.
[53] Wang, T. P. ; Bediones, D. 10,000 hr. stability test of types K, N, and a
Ni-Mo/Ni-Co thermocouple in air and short-term tests in reducing
atmospheres. Temperature: Its Measurement and Control in Science and
Industry. Vol. 6; sous la direction de Schooley, J. F. ; New York : American
Institute of Physics ; 1992. 595-600.
[54] Burley, N. A. N-CLAD-N: A novel advanced type N integrally-sheathed
thermocouple of ultra-high thermoelectric stability. High Temperatures- High
Pressures 8, 609-616 ; 1986.
[55] Burley, N. A. A novel advanced type N integrally-sheathed
thermocouple of ultra-high thermoelectric stability. Thermal and
Temperature Measurement in Science and Industry ; 3rd Int. IMEKO
CONF. ; Sheffield ; septembre 1987. 115-125.
[56] Burley, N. A. "N-CLAD-N" A novel integrally sheathed thermocouple:
optimum design rationale for ultra-high thermoelectric stability.
Temperature: Its Measurement and Control in Science and Industry. Vol. 6;
sous la direction de Schooley, J. F. ; New York : American Institute of Physics ;
1992. 579-584.
[57] Bentley, R. E. The new nicrosil-sheathed type N MIMS thermocouple:
an assessment of the first production batch. Mater. Australas. 18(6), 16-18 ;
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